Ubiquiti PowerBeam 5 AC ISO Gen2
PowerBeam 5AC-ISO-GEN2 with radome is a powerful complete outdoor unit including a 25 dBi MIMO 2x2 antenna for the 5 GHz band. The unit supports throughput up to 450 Mbps . Ideal as a client device and for PtP connections.
The PowerBeam antenna system consists of two antennas with linear horizontal and vertical polarization. The antenna installation is much easier thanks to Inner Feed technology.
A great advantage is the high-quality directional antenna with a radome that filters noise better and the metallized radiator cover that ensures better resistance to interference . These innovations are especially useful when used in noisy areas.
Comparison of radiation of a parabolic antenna without a radome and with a radome.
For high transfer speeds, the unit uses the 802.11ac standard and AirMAX (TDMA) technology to achieve low latencies .
PowerBeam 5AC-ISO-Gen2 is a second generation airMAX AC device that has a dedicated radio for wireless access to the unit and the ability to configure it in the UNMS application for mobile devices . The UNMS application ( Android , iOS ) also helps with the alignment of the connection and significantly speeds up its installation.
Web administration is very simple and clear . You can set, for example:
- AP, client or WDS mode
- traffic shaping
- Quality of Service
- between WAN and LAN transparent bridge or routing, without NAT or with NAT
- the signal strength that a specific signaling LED should correspond to
- output power up to 24 dBm
The package also includes a 24 V/0.5 A Gbit PoE power injector .
BASIC SPECIFICATIONS
Wi-Fi standard: airMAX ac
Antenna: 25 dBi
Ports: 1 x 10/100/1000 Ethernet port
Frequency band: 5150 - 5875 MHz
PoE support: yes
Dimensions: 459 x 459 x 261 mm
Important notice:
The airOS system is constantly being improved, so we recommend always using the latest version, which you can download from the Ubiquiti website in the Downloads section. At the same time, it is necessary to operate the device in accordance with the General Authorization for the 5 GHz band, use the DFS function and avoid using frequencies used by weather radars, i.e. 5630 and 5645 MHz.
